Найти книгу: "Electrical Machines"

This book includes my lecture notes for electrical machines course. The book is divided to different learning partsPart 1- Apply basic physical concepts to explain the operation and solve problems related to electrical machines.Part 2- Explain the principles underlying the performance of three-phase electrical machines.Part 3- Analyse, operate and test three-phase induction machines.Part 4- Investigate the performance, design, operation, and testing of the three-phase synchronous machine.Part1: Apply basic physical concepts to explain the operation and solve problems related to electrical machines.Describe the construction of simple magnetic circuits, both with and without an air gap. Explain the basic laws which govern the electrical machine operation, such as Faraday's Law, Ampere-Biot-Savart's Law, and Lenz's Law. Apply Faraday's Law of electromagnetic induction, Ampere-Biot-Savart's Law, and Lenz's Law to solve for induced voltage and currents in relation to simple magnetic circuits with movable parts. Illustrate the principle of the electromechanical energy conversion in magnetic circuits with movable parts.Part 2: Explain the principles underlying the performance of three-phase electrical machines. Compare and contrast concentric and distributed windings in three-phase electrical machines. Identify the advantages of distributed windings applied to three-phase machines. Explain how the pulsating and rotating magnetic fields are produced in distributed windings. Calculate the synchronous speed of a machine based on its number of poles and frequency of the supply. Describe the process of torque production in multi-phase machines.Part 3: Analyse, operate and test three-phase induction machines. Calculate the slip of an induction machine given the operating and synchronous speeds. Calculate and compare between different torques of a three-phase induction machine, such as the locked rotor or starting torque, pull-up torque, breakdown torque, full-load torque or braking torque. Develop and manipulate the equivalent circuit model for the three-phase induction machine. Analyse, and test experimentally, the torque-speed and current-speed characteristics of induction machines. and discuss the effects of varying such motor parameters as rotor resistance, supply voltage and supply frequency on motor torque-speed characteristics. Perform no-load and blocked rotor tests in order to determine the equivalent circuit parameters of an induction machine. Explore various techniques to start an induction motor. Identify the applications of the three-phase induction machines in industry and utility. Classify the insulations implemented in electrical machines windings and identify the factors affecting them. Part4. Investigate the performance, design, operation, and testing of the three-phase synchronous machine. Describe the construction of three-phase synchronous machines, particularly the rotor, stator windings and the rotor saliency. Develop and manipulate an equivalent circuit model for the three-phase synchronous machine. Sketch the phasor diagram of a non-salient poles synchronous machine operating at various modes operation, such as no-load operation, motor operation, and generator operation. Investigate the influence of the rotor saliency on machine performance. Perform open and short circuit tests in order to determine the equivalent circuit parameters of a synchronous machine. Identify the applications of the three-phase synchronous machines in industry and utility List and explain the conditions of parallel operation of a group of synchronous generators. Evaluate the performance of the synchronous condenser and describe the power flow control between a synchronous condenser and the utility in both modes: over and under excited. Explain the principles of controlling the output voltage and frequency of a synchronous generator.

Rizzoni is designed for the sophomore/junior level, Introduction to Electrical Engineering course required for non-EE majors. The most widely used book for this course, Rizzoni introduces non-majors to the three basic areas of electrical engineering: circuits, electronics, and electromechanics. The second edition continues the tradition of focusing on the topics and issues of interest to the non-electrical engineering student. To maintain student interest in these topics, Rizzoni provides numerous links between electrical engineering and other engineering fields.

In this book, only the schemes of electrical connections are given.

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Content

Sound signal

Charging system

Ignition system

Cigarette lighter and power sockets

Starting system

Power

Distribution

Head Lighting

Headlight leveling system

Indicators of turns and an alarm system, dimensional fires, illumination of license plate Illumination of the dashboard

Landing illumination and lighting of the ignition lock

Reversing lights

Mass generation

Stop Lights

Fog Lighting Interior lighting

Front windscreen wipers and washers

Windshield wiper and washer

Heated rear window and exterior mirrors

Electric power steering EPS

VSA / ABS

Contact disk

 

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Content

Recharging system

Central locking and alarm system

Electromechanical parking brake

Audio system

Dashboard

Air conditioning system

Electronic injection system ECS 1AZ (1)

Electronic injection system ECS 3ZR (1)

 

In this book, only the schemes of electrical connections are given.

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Content

Audio system

Engine and air conditioning system

Additional heater

Engine and air conditioning system

Door Lock Locks

Information display

Rear fog light

Sound signal

Climatic system with air conditioning (automatic control)

Climatic system with air conditioning (manual control)

Climatic system without air conditioning

Combination of rear lights, number plate illumination

CAN data line

Keyless start system (with button)

The navigation system module

Sunroof

Exterior mirrors

Washer and cleaner (without automatic start)

Washer and cleaner (with automatic start)

Interior lighting

Rear Defroster

The cleaner and a washer of back glass

Front fog lights

Heated seats

Airbags

Backlight

Instrument plate

Power Distribution

Headlamp adjustment (automatic)

Headlamp adjustment (manual)

A-Stop system

Keyless access system (with ignition lock)

The tire pressure monitoring system (TPMS)

Power socket

Ignition system

Cooling system (M16)

Cooling system (K14C)

Starting system (Keyless)

Recharging system

Parking assistance system

Starting system

All wheel drive control system

Emergency brake system

Stop Lights

Direction indicators

Control of automatic transmission

Power Steering

Headlamps (with LEDs)

Headlamps Head Lighting

Vehicle electrical system

Clock

Power windows

 

In this book, only schemes of electrical connections are given.

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Contents

Cooling system

Engine Management System

Power system

Rechargeable battery

Contact unload relay X

Fuses

Starter / ignition switch

Diagnostic interface of data buses, diagnostic connector

Control unit for instrument cluster

Diagnostic interface of data buses

Immobilizer warning lamp

Generator warning light

Control unit for instrument cluster

Multi-function display key

Multi-function display memory switch

Brake pad wear sensors

Indicator lamp for door openings

Hood limit switch

Control unit for instrument cluster

Control lamps

Parking brake limit switch

Brake Fluid Level Warning Sensor

The gauge of level of a liquid in a tank of a washer

Hazard warning light switch

Front left turn signal

Left-hand headlight

Turn Signal Switch

Dipped beam and light signal switch (including main beam)

Parking light switch

Front right turn signal

Right-hand head Illuminator control for dimmer switches and instrument cluster

Headlight range control

Headlight range control motors

Light switch

Fog light switch

Rear fog light switch

Left rear position light

Right rear position light

Stop lights

Brake light switch

Back Light Switch

Rear fog lamp

Reversing lights

Rear window heating switch

Limit switch for tailgate

License plate lighting

• Heated rear window element
• Driver's door switch
• Rear left door limit switch
• Backlighting of the front panel deflectors
• Front passenger's door switch
• Rear right door switch
• Glazing compartment lighting
• Door Warning Lights
• Front interior lighting
• Lights for the luggage compartment
• Backlight threshold lights
• Lantern for reading, back right
• Backlight cosmetic mirrors
• Reading Lamp Central Right
• Rear interior lighting
• Connector for radio cassette
• Cigarette lighter
• Lantern for reading, back left
• Reading Lamp, Center Left
• Horn switch, beep and two-tone signal
• Wiper switch with intermittent operation, wiper switch interval adjuster
• Wiper motor control unit
• Windshield wiper motor, rear screen wiper motor
• Windscreen and rear window washer pump
• Windscreen Washer Resistors
• Starter / ignition switch
• Motronic Power Relay
• Motronic control unit
• Ignition system
• Immobilizer control unit
• Hall sensor
• Coolant temperature sensor
• Exhaust Gas Recirculation Efficiency Potentiometer
• Engine speed sensor
• Exhaust Gas Recirculation Valve
• Charge pressure sensor
• Detonation sensors
• Intake air temperature sensor
• Nozzles
• Lambda probe after catalyst
• Throttle valve
• Throttle actuator angle sensors
• Lambda probe
• Mass air flow sensor
• Accelerator pedal position sensor
• Charge pressure control solenoid valve
• Solenoid valve of absorber
• Secondary air pump relay
• Secondary air pump motor
• Clutch pedal switch
• Brake pedal switch for cruise control
• Brake light switch
• Radiator fan control unit
• Cruise control switch
• Thermal sensor incl. fan after off. engine
• Coolant pump pump after off. engine
• Fuel pump relay